Framework Computing: A Modular Approach

By Simon

Introduction

Hello, Simon here. Today, we dive into a unique computing experience – the modular Framework Computing. Instead of the traditional sealed-case computers where customization and repair can be a challenge, Framework offers a refreshing alternative where nearly everything is modular.

Physical Design

Upon initial observation, the Framework Computer boasts a design that speaks of simplicity yet flexibility. The entire chassis is 3D printed. The visible threads highlight this. It doesn’t just offer a tech feel but serves as a testament to modern manufacturing.

Components

Basic computer knowledge highlights the need for a CPU, motherboard, storage (in this case, a hard drive), and RAM. Framework embraces this simplicity, ensuring that these fundamental parts are easily accessible and replaceable.

Ports: On one side, there’s a USB C port, which is becoming increasingly standard in many devices today. On the flip side, there’s an ethernet port for internet connectivity and an HDMI port for display.

Performance Testing

In any computer review, performance is king. We run a 3D Benchmark test to evaluate how well this machine holds up.

Specifications: The system is running on Windows 10. For storage, there’s a 512GB m.2 drive. Powering the operations is an Intel i5 11th gen processor, clocking at 2.4 GHz. Notably, there’s no dedicated graphics card; the system relies on the integrated Intel Iris Graphics that comes built-in with the CPU.

Observations: During the benchmarking, there’s an audible noise from the fan. It’s expected, given that benchmarks push systems to their limit. On the visual side, there are observable lags, especially in more graphically intensive parts of the benchmark. The system struggles with high-end graphical demands, perhaps pointing to its limitations in handling graphics-intensive tasks like gaming.

Results: The Benchmark score stood at 1152, with the graphics score being around 1000 and the CPU score at about 4169. It’s a clear indicator that this might not be a gaming rig but could be more than sufficient for regular computing tasks.

Conclusion

Framework Computing is paving a path towards a future where users can easily modify and repair their electronics. It stands strong as part of the ‘right to repair’ movement. While its performance, especially in the graphics department, may not satisfy gamers or high-end graphic designers, it’s a solid machine for everyday tasks. Its strength lies in its modular design, allowing for easy repairs and upgrades.

For those looking for a system that offers hands-on opportunities, easy access to components, and values repairability and sustainability, the Framework Computer might just be the answer.

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